Instructions for the User

8.6.2 Setting the cleaning cycle

Turn the function selection knob to select one of the

two cleaning cycles out of and .

To start the cleaning cycle (Pyrolysis), press

followed by .

Press and hold ; press or to set the

duration of the cycle between a minimum of 1h 30m

and a maximum of 3h 00m (apart from the cycle where the duration is set at 1h 30m).

Two minutes after the cleaning cycle (Pyrolysis) starts, a locking device which prevents opening of the door will be tripped. The relevant light will switch on to indicate that the locking device has been activated.

At the end of the cleaning cycle, the locking device will remain active until the temperature inside the oven has reached a safety threshold. When the oven has cooled down, collect the residues from automatic cleaning with a damp microfibre cloth.

To select a cleaning cycle with a delayed start,

after setting the duration press .

The time when the cleaning cycle will terminate will appear on the display.

Press and hold , and press or to set

the time at which you wish to terminate the cleaning cycle.

It is not possible to select any functions once the door locking device has been

activated. Wait for to go out.

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GE SA304X-8 manual Setting the cleaning cycle, To select a cleaning cycle with a delayed start
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SA304X-8 specifications

The GE SA304X-8 is a high-performance signal amplifier designed specifically for industrial applications, particularly in communications and data acquisition systems. This robust equipment is renowned for its reliability and precision, making it an ideal choice for environments where signal integrity is paramount.

One of the most notable features of the GE SA304X-8 is its wide bandwidth, which can handle frequencies ranging from DC to several MHz. This wide frequency range enables the amplifier to process a variety of signals, making it versatile for different applications, from telemetry to industrial automation. The amplifier is designed to amplify weak signals without introducing significant noise, ensuring that the output remains a faithful representation of the input.

The core technology employed in the SA304X-8 is advanced analog circuitry, which incorporates high-quality components to minimize distortion. This not only enhances the signal quality but also improves the overall performance of the system in which it is used. Additionally, the device features automatic gain control (AGC), which helps maintain consistent output levels even in the presence of varying input signal strengths. This technology is particularly beneficial in dynamic environments, where signal levels can fluctuate dramatically.

Another characteristic of the GE SA304X-8 is its flexible power supply options. It can operate on both AC and DC inputs, enabling it to integrate seamlessly into existing systems without requiring extensive modifications. This adaptability is a significant advantage in industrial settings where equipment compatibility is crucial.

The GE SA304X-8 is also designed with user-friendly interfaces, featuring intuitive controls that allow for easy configuration and monitoring. This makes it accessible for technicians and engineers who may not possess specialized training in signal processing. Furthermore, the amplifier includes diagnostic capabilities that provide real-time feedback on its performance, improving maintenance and troubleshooting processes.

In summary, the GE SA304X-8 signal amplifier stands out due to its wide bandwidth, advanced analog circuitry, and user-friendly features. With its reliability and performance in demanding industrial environments, it has established itself as a trusted solution for enhancing signal integrity across various applications. Whether in telecommunications, industrial automation, or data acquisition, the GE SA304X-8 delivers the robust performance required for today's technological demands.
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